News

Exploring Oxides for a Greener Generation of Computing

As silicon-based computing approaches its limits, materials science and engineering researcher Seung Sae Hong is studying oxide membranes, an emerging material platform with unusual electronic properties that could power more energy-efficient electronics and future computing technologies.

From Aachen to Aggie: Patricia Kuom’s Engineering Stay

Visiting from RWTH Aachen University in Germany, Patricia Kuom spent two quarters at UC Davis exploring new perspectives in materials engineering, embracing hands-on industry preparation, and discovering what it means to be an Aggie Engineer.

Micah Bob Finds His Foundation in Materials Science

UC Davis materials science and engineering student Micah Bob studies sustainable cement alternatives to reduce carbon emissions. As graduation approaches, he reflects on the transformative course, research experiences and campus life — including MASC and Video Game Orchestra — that shaped his journey.

Video: Subhash Risbud's Life and Times at UC Davis

From department building to ceramics breakthroughs, Distinguished Professor Emeritus Subhash Risbud reflects on his decades-long UC Davis legacy in a newly released interview for the Video Records Project.

Where Art Meets Alloy

At UC Davis, a new bladesmithing club is forging more than knives. Led by materials science and engineering major Aaron Diamond, the team is (literally) sharpening hands-on skills and crafting connections.

Advancing Microelectronics for Next-Gen Memory and Computing

Professor of Materials Science and Engineering Yayoi Takamura joins a multi-campus, national lab collaboration to advance microelectronics using antiferromagnetic spintronics. Backed by a $4 million UC grant, the project explores energy-efficient memory and computing technologies that could revolutionize next-generation devices

The Magicians Behind the MASC

Meet the Materials Science Advantage Chapter, the UC Davis engineering club responsible for Picnic Day’s famous Materials Magic Show — and for bringing attention to the amazing things materials science makes possible.

Tuning Magnetism with Voltage Opens New Path to Neuromorphic Circuits

Professor Yayoi Takamura and her group participated in experiments that show applied voltages can dramatically alter the magnetic properties of quantum materials, which could lead to energy-efficient methods for controlling magnetism in spintronic devices.